Table Of Content

COLLOIDS AND SURFACES Colloids and Surfaces A: Physicochemical and Engineering Aspects 180 (2001) 325-: 24 9 6 www.elsevier.nl/locate/colsurfa Author Index Abe, M., 41 Johnson, B.B.. 131 Sagis, L.M.C., 163 Abraham, T., 103 Joseph, D.D., 121 Sakai, H., 41 Akatsuka, H., 41 Sakai, T., 41 Aksenenko, E.V., 33 Kamogawa, K., 41 Samra, S.E., 209 Antalek, B., 173 Kim, J.I., 285 Sapurina, I., 193 Aserin, A., 173 Knopp, R., 285 Scherbaum, F.J., 285 Kumar, A., 111 Sharma, K., 111 Bartkowiak, A.. 141 Kumar, G., 111 Shiu, C., 7 BE 2C..\ 235 Kuzmich, L.P., 259 Sismanoglu, T., | Bundschuh, T., 285 Sjéblom, J., 223 Butler Ellis, M.C., 267 Leboda, R., 87 Skubiszewska-Zieba, J., 87 bioHib.:55 Snuparek, J., 75 Cao, C.-X., 17 Li J.B 2: Srinivasan, T.G., 277 Chauhan, M.S., 111 Li, R.-Z., Stejskal, J., 193 Chauhan, S., 11] Lopez Lopez, A.J., 25: Seether, O Chen, M., 55 Chen, W.-K., 17 Matsumoto, M., 41 Taggart, G., 295 Ma, Y., 7 Talens-Alesson, F.1., 199 de Groot-Mostert, A.E.A., 163 Miller, P.C.H., 267 Tang, S., 7 Di Lorenzo, M., 121 Mironyuk, I.F., | Tarasevich, Y.I., 33 Dowding, P.J., 301 Mrkvickova, L.., Tdrnqvist, M., *4 Dukhin, S.S., 223 Murphy, A., 295 Tuck, C.R., 26 Turov, V.V., 87 El-Hendawy, A.-N.A., 209 O’Connor, C.J., ; Tuzar, Z., 193 Ethier, C.R., 63 Ogasawara, T., 31 Okabayashi, H., van der Linden, E., 163 Fanun, M., 173 Otero Arean, C., Vasudeva Rao, P.R., 277 Folmer, B.M., 187 Venkatesan, K.A., 277 Pan: Sib, 55 Vinagre, H.T.M., 121 Garti, N., 173 Parra, J.B., 253 Vincent, B., 301 Giasson, S., 103 Pechenyuk, S.I., 259 Girgis, B.S., 209 Penarroya Mentruit, M.., Wachtel, E., 173 Goodwin, J.W., 301 Porsch, B., 75 Wandrey, C., 141 Gun'ko, V.M., 87 Prins, A., 163 Wang, H., 243 Guo, R., 243 Pura, S., 1 Wasan, D.T., 223 Wei, W., 155 Harris, R.G., 131 Onn Lb... 311 Wells, J.D., 131 Hauser, W., 285 Qian, Y.-T., 17 Holmberg, K., 18 Quadrat, O., 75 Horsky, J., 75 Hurme, T., 23a Rosenholm, J.B., 223 PII: S0927-7757(00)00386 - 326 Author Index Yang, P.H., 235 Yoshino, A., 317 Yan, Z.-F., 311 Yu: 35,255 Yao, S., 155 Zhou, A., 155 Yokoyama, S., 41 Zarko, VA... 87 Zhuo, S.-L., / COLLOIDS YA SURFACES ss ’ 45 1) < Colloids and Surfaces ELSEVIER \: Physicochemical and Engineering Aspects 180 (2001) 327-328 www.elsevier.nl/locate/colsurfa Subject Index Activated carbon, 209 Dispersion, 55 Adsorption, 199 Dithiocarbamate, 277 Adsorption isotherm, 121 2-D optical detection, 2 Adsorption rate, | Doublet lifetime, 223 Ageing, 259 A goregate, 7 Electrochemical deposition, 55 Albumin adsorption, 87 Electrolyte solution, 259 Alkali swelling, 75 Electronic structure, 259 Alumina, 131 Electrophoresis, 17 AMF, 199 Ellipsometry, 103 Aminopropylsilane, 317 Emulsification, 301 Analytical ultracentrifugation, 141 Emulsion destabilization, 223 Erythrocyte, 155 Bitumen, 121 Block copolymer micelles, 193 Flocculation, 223 Floc fragmentation, 223 Carboxylated latexes, 75 Flux, 23 Central ion, 259 Foam stability, 163 Chicken egg whites, 163 Fractal, 7 Chitosan, 141 Freundlich and Langmuir type isotherm, | CMC, 187 Fumed silica structure, 87 Coagulation, 223 Coalescence, 223 Gelatin adsorption, 87 Cobalt hydroxide, 17 Gibbsite, 131 Cobalt(I]), 277 Growth mechanism, 41 Colloid, 17 Concentration polarization, 63 Headgroup area, 187 Conductance, 111 Heavy water, 121 Conducting polymer, 193 'H NMR, 87, 317 Continuous reactor, 301 H,PO,, 209 Copper ions, 163 Hyaluronan, 63 Corncobs, 209 Hydration energy, 33 Cross-flow membrane, 301 Hydrogel membrane, 141 2-hydroxyethyl methacrylate, 75 2,4-D, 199 Diffusion, =>2 Interacti: ons, 103" Dilational modulus, 267 Interfacial tension, 235 Dilatometry, 335 lon, 23 Dimension, 7 Ion exchange, 33 Dimethylsulfoxide, 111 Ionic surfactant, 111 Disaggregation, 223 IR spectroscopy, 253 PII: $0927-7757(00)00837-2 Subject Index Kinetics, 317 Quantum chemical simulation, 33 Lamllar liquid crystal, 243 Selective plasma generation, 285 Laser-induced breakdown detection, 285 Silica. 131 Laurylsulfate, 199 Silica gel, 277 Light scattering, 75 Singlet—doublet equilibrium, 223 Lubrication, 243 Small angle X-ray scattering (SAXS), 173 Sodium alginate, 141 Magnetic field effects, 155 Sodium geranyl sulphate, 295 Metal alkoxides, 253 Sol—gel, 253 Methanol, 111 Sorption activity, 259 Micellar, 199 Speed, 23 Micellization, 11] Spinels, 253 Microparticles, 193 heey ; Spinning-drop tensiometer, 121 Micropore modification, : i : z 935 Spray formation, 267 MMoidmeilcl in. ogil, re- covery,; tSsteteec: idy -Sssttf:aa ttee fluoyrrseeassncccneecnnecc.ee , 20535%5 Modified Washburn equation, 235 Steam activation, 209 Moving chemical reaction booundary (MCRB), 17 Strengths, 7 Moving chemical reaction boundary method Sucrose esters, 17 (MCRBM). 17 Surface acidity, Surface area, 253 Nanoparticle, 243 Surface dilatational viscosity, 163 Natural zeolite, | Surface elastic modulus, 163 Nickel aluminate, 253 Surface forces, 103 Nitrophenols, | Surface tension, 187, 267 Nonionic surfactant, 187 Surfactant. 103 Surfactant-free emulsion, 41 Oleic acid and its esters, + Surfactants. 295 Oxyhydroxide, 259 Surfactant solutions, 267 a Suspension polymerisation, 301 Particle size distribution. Swelling silicate, 33 Pb?* reemmoovvaal , 209 S: ynthesis, 295: Photon correlation spectroscopy, 87 Piezoelectric sensor, 155 : a . Plasma absorption, 55 TTrer ansitio, n-metal oxide, 311 Triton X-100, 243 Polyaniline, 193 Polyaromatic, 131 : x Polydispersity, 187 Ultrafiltration, 63 Polyelectrolyte, 103 he r Polyelectrolyte complex, 141 Viscosity, 75, 111, 173 Polymer, 55 Polymerization, 317 Wettability, 235 Polyoxyethylene, 187 W/O non-ionic microemulsions, 173 Porous aluminum oxide, 55 Wood, 23 Porous beads, 301 Pressure profile, 63 Zeolite, 311 Pulsed gradient spin echo (PGSE) NMR, 173 ZnS, 243